1. National Conference on the Use of On-Line Computers in Psychology

   • Joseph B. Sidowski

   EditorialNotes Pages: 65 - 65

2. Welcome and Conference business

   • Donald I. Tepas

   Session I Invited Addresses Pages: 66 - 66

3. Can computers answer behavioral questions?

   • Bernard Weiss

   Session I Invited Addresses Pages: 67 - 79

4. Co-existing with on-line systems

   • Michael A. Pilla

   Session I Invited Addresses Pages: 80 - 82

5. Erratum to: Digital filtering and signal processing

   • Lovell J. D.
   • Nagel D. C.
   • Carterette E. C.

   Erratum Pages: 82 - 82

6. The computer in your briefcase

   • Donald A. Norman

   Session I Invited Addresses Pages: 83 - 87

7. Simultaneous independent threshold estimates: Multiple PEST

   • C. Douglas Creelman
   • Howard L. Kaplan

   Session II Contributed Papers: Algorithmic Methods Pages: 89 - 92

8. Pseudorandom numbers for mini- and microcomputers : A generalized feedback shift register algorithm

   • W. H. Payne

   Session II Contributed Papers: Algorithmic Methods Pages: 93 - 98

9. On-line multidimensional scaling programs with interactive graphical display

   • J. J. Chang

   Session II Contributed Papers: Algorithmic Methods Pages: 99 - 103

10. The slide projector as a computer-operated visual display

    • Paul B. Buckley
    • Clifford B. Gillman

    Session III Contributed Papers: Process Control (Introductory) Pages: 104 - 106

11. Hardware debugging for on-line psychologists

    • Robert S. McLean

    Session III Contributed Papers: Process Control (Introductory) Pages: 107 - 110

12. Minicomputer controller for a behavioral primate laboratory

    • Ronald I. Barensten
    • Joan S. Lockard

    Session III Contributed Papers: Process Control (Introductory) Pages: 111 - 113

13. Behavioral applications of vehicle-dynamics simulation

    • Kurt J. Snapper
    • David A. Seaver

    Session III Contributed Papers: Process Control (Introductory) Pages: 114 - 116

14. Time discrimination training of laboratory animals using a PDP-8 computer

    • Barry L. Johnson
    • W. Kent Anger

    Session IV Symposium: On-Line Computers In The Animal Laboratory Pages: 117 - 121

15. Seven types of data from computer-controlled experiments

    • Russell M. Church

    Session IV Symposium: On-Line Computers In The Animal Laboratory Pages: 122 - 124

16. Use of a notation system for digital control and recording

    • Arthur G. Snapper

    Session IV Symposium: On-Line Computers In The Animal Laboratory Pages: 124 - 129

17. Discussion of “On-line computers in the animal laboratory”

    • J. M. Notterman

    Session IV Symposium: On-Line Computers In The Animal Laboratory Pages: 129 - 131

18. Choosing a programming system for on-line control of research

    • William Siegel

    Session IV Symposium: On-Line Computers In The Animal Laboratory Pages: 131 - 133

19. Using a laboratory computer for identification of nonlinear behavioral and electrophysiological systems

    • Jackson Beatty
    • Carl Figueroa

    Session V Contributed Papers: Perception And Judgment Pages: 134 - 138

20. Interactive on-line perception of line patterns

    • Edward L. Morofsky
    • Andrew K. C. Wong

    Session V Contributed Papers: Perception And Judgment Pages: 139 - 146

21. A computer system for processing eye-movement records

    • Harold L. Kundel
    • Calvin F. Nodine

    Session V Contributed Papers: Perception And Judgment Pages: 147 - 152

22. Utility of the computer as tachistoscope in a particular psychophysical setting

    • Joseph J. Mezrich

    Session V Contributed Papers: Perception And Judgment Pages: 153 - 155

23. Interpersonal referential communication experiments with a small computer

    • Louis van Rooijen
    • Frank M. Goode

    Session V Contributed Papers: Perception And Judgment Pages: 157 - 160

24. Partial differential feedback: An on-line training configuration for the optimization of multidimensional cue learning

    • Paul J. Hoffman

    Session V Contributed Papers: Perception And Judgment Pages: 161 - 164

25. APCOL: A programming system for computer-controlled psychology laboratories

    • Allen L. Pinkus
    • Lee W. Gregg

    Session VI Contributed Papers: Programming Languages And Operating Systems Pages: 165 - 172

26. Requirements for minicomputer operating systems for human experimentation and an implementation on a 4K PDP-8 computer

    • Walter Schneider
    • Karl W. Scholz

    Session VI Contributed Papers: Programming Languages And Operating Systems Pages: 173 - 177

27. Revision of SKED: Needs and desires

    • Mark F. Lewis
    • Timothy F. Elsmore

    Session VI Contributed Papers: Programming Languages And Operating Systems Pages: 178 - 179

28. A programming system for doing asynchronous I/O on an 8K PDP-12

    • Manard R. Stewart

    Session VI Contributed Papers: Programming Languages And Operating Systems Pages: 180 - 182

29. Introductory remarks

    • Frank M. Goode

    Session VII Symposium: On-Line Computer Training In Psychology Pages: 183 - 183

30. A course of formal instruction in on-line computing at Carnegie-Mellon University

    • Lee W. Gregg

    Session VII Symposium: On-Line Computer Training In Psychology Pages: 184 - 185

31. Enhanced training with special system software at the L. L. Thurstone Psychometric Laboratory

    • Richard A. Helwig

    Session VII Symposium: On-Line Computer Training In Psychology Pages: 186 - 188

32. Computer training in psychology at the University of Colorado

    • Daniel E. Bailey

    Session VII Symposium: On-Line Computer Training In Psychology Pages: 189 - 191

33. Discussion

    Session VII Symposium: On-Line Computer Training In Psychology Pages: 192 - 194

34. Teaching experimental psychology with on-line computers

    • Arthur O. Cromer

    Session VIII Contributed Papers: Instructional Technology Pages: 195 - 197

35. The effectiveness of direct graphical entry of topological and geometric data

    • Melvin R. Corley
    • John J. Allan

    Session VIII Contributed Papers: Instructional Technology Pages: 197 - 199

36. Using OMNITAB interactively in a statistics laboratory

    • James M. Swanson
    • Alexa Ledlow
    • Scott Harris

    Session VIII Contributed Papers: Instructional Technology Pages: 199 - 204

37. Teaching young children how to use a computer-based Teletype as a “desk calculator”

    • Elizabeth F. Loftus

    Session VIII Contributed Papers: Instructional Technology Pages: 204 - 208

38. The use of APL in teaching multivariate data analysis

    • Leland Wilkinson
    • L. Rowell Huesmann

    Session VIII Contributed Papers: Instructional Technology Pages: 209 - 211

39. A minicomputer program for control and data acquisition in classical conditioning

    • J. R. Millenson
    • E. James Kehoe
    • I. Gormezano

    Session IX Contributed Papers: Acquisition And Control Pages: 212 - 217

40. On-line monitoring of eye-position signals in contingent and noncontingent paradigms

    • Stephen M. Reder

    Session IX Contributed Papers: Acquisition And Control Pages: 218 - 228

41. Software character generation

    • Clifford B. Giliman
    • Paul Buckley

    Session IX Contributed Papers: Acquisition And Control Pages: 228 - 230

42. A minicomputer method for generating dichotic word pairs

    • James L. Knight
    • Barry H. Kantowitz

    Session IX Contributed Papers: Acquisition And Control Pages: 231 - 234

43. A general experiment programming system for the IBM 1800

    • David Kieras

    Session X Symposium: Programming Languages For Computer-Aided Experimentation With Medium-Scale Computers Pages: 235 - 239

44. A PSYCHOL example

    • Robert S. McLean

    Session X Symposium: Programming Languages For Computer-Aided Experimentation With Medium-Scale Computers Pages: 240 - 241

45. SCAT: Design criteria and software

    • Peter G. Polson

    Session X Symposium: Programming Languages For Computer-Aided Experimentation With Medium-Scale Computers Pages: 241 - 244

46. PROSS: A process control programming language

    • Karl W. Scholz

    Session X Symposium: Programming Languages For Computer-Aided Experimentation With Medium-Scale Computers Pages: 245 - 247

47. APCOL: An example

    • Lee W. Gregg

    Session X Symposium: Programming Languages For Computer-Aided Experimentation With Medium-Scale Computers Pages: 248 - 248

48. Laboratory programming languages and standardization

    • N. John Castellan

    Session X Symposium: Programming Languages For Computer-Aided Experimentation With Medium-Scale Computers Pages: 249 - 252

49. Tutorial: Digital filtering and processing of signals

    • E. C. Carterette
    • J. D. Lovell
    • D. C. Nagel

    Session X Symposium: Programming Languages For Computer-Aided Experimentation With Medium-Scale Computers Pages: 253 - 253